Objective of 4 bit Booth's Multiplier:

1. Understanding behaviour of Booth's multiplication algorithm from working module and the module designed by the student as part of the experiment

2. Designing Booth's multiplier with a controller and a datapath. This will also help in the learning of control unit design as a finite state machine

3. Understanding the advantages of Booth's multiplier

• It can handle signed integers in 2's complement notion
• It decreases the number of addition and subtraction
• It requires less hardware than combinational multiplier
• It is faster than straightforward sequential multiplier